AutoSAFT: Autofocusing for extended depth of imaging in scanning acoustic microscopy.

In the scanning acoustic microscopy (SAM) imaging, it is essential to address the diminished lateral resolution in the out-of-focus region, as image quality correlates with the ultrasound propagation distance either above or below the focal plane. To focus the scanned image, a refocusing technique called synthetic aperture focusing technique (SAFT) is widely used, which improves the resolution by extending the depth of focus manually. In SAM, refocusing the image accurately is challenging without prior defocusing information.

Therapeutic efficacy of moxifloxacin and marbofloxacin against mastitis in buffalo.

Mastitis is a common economically important disease of dairy buffaloes. Antibiotic resistance is the most cited reason behind the failure of clinical mastitis treatment in buffaloes. Selection of antibiotic after antibiotic sensitivity test is the key to avoid multidrug resistance (MDR) for mastitis therapy.

Postoperative Tongue Exercises for Ankyloglossia Following Lingual Frenectomy: A Case Report.

Ankyloglossia, also named tongue-tie, is an innate developmental anomaly where the lingual frenum appears anchored to the sublingual space. Even though it is not considered a major congenital condition, it can create a variety of problems, such as difficulty in feeding newborns, difficulty in mastication, speech problems, poor oral hygiene, malocclusion, and hindrance in social interaction because of restricted tongue movements. Lingual frenectomy is the treatment of choice.

The Reuse of Healing Abutments: A Questionnaire-Based Survey.

Healing abutments (HA) are used in second-stage implant surgery to create the optimal peri-implant environment. Despite being a component intended only for short-term use, it remains in the mouth for a few weeks to several months and stays in close contact with organic debris, intraoral fluids, and bacteria. Reusing the HAs modifies their surfaces, expands the coating layer's porosity, and promotes bacterial colonization at the HA-implant interface in addition to the previous contamination.